M417898 五、新型說明： 【新型所屬之技術領域】 本創作有關於一種電極結構，特別是指量測人體脈搏 之生理偵測裝置之電極結構。 【先前技術】 按，藉由人體心跳的脈動可以了解實際的生理健康狀 況，一般來說，既有的生理偵測裝置除了可以量測人體的 生理應變訊息(如心跳數），藉以判斷使用者的心律是否正常 之外，也可以適用於作為運動選手於訓練時，作為其生理 現況的判斷依據。 然，既有的生理偵測裝置配帶於使用者心跳脈動處 時，時常因為使用者的晃動或是流汗，導致生理偵測裝置 相對於原先安設區域產生偏移，或者是生理偵測裝置的電 極結構無法緊密貼附於人體皮膚而呈現出一不穩定狀態。 藉此，可能會產生生理偵測裝置的收集資料不足導致精確 度下降的問題。 【新型内容】 本創作實施例提供一種用於生理偵測裝置之電極結 構，可改善生理偵測裝置套設於人體脈膊處，因為身體晃 動，導致收集人體訊號資料不足，以致精確度下降的問題。 本創作實施例提供一種用於生理偵測裝置之電極結 構，生理偵測裝置包含一中部設有至少一對應孔的基材 層，電極結構其特徵在於包含相對的一第一端部及一第二 端部，第一端部呈長條狀，第二端部呈指腹狀，第二端部 3/16 M417898 设有-對應基材層對應孔的通孔，電極結構固設於基材層 的外表面，電極結構設有相對的一具有粗链面的凸部及一 傳‘。卩，凸部位於鄰近第一端部處，傳導部設於第二端部， 電極結構的通孔貫穿傳導部。 本創作貫施例另提供一種用於生理偵測裝置之電極結 構理債測裝置包含一中部設有至少一穿孔的基材層及 一=離件，電極結構其特徵在於電極結構包含相對的一第 U及:第二端部，第—端部呈長條狀，第二端部呈指 腹狀’第二端部設有一對應基材層穿孔的通孔 固設於基材層的外表面，電極結構設有相對的一具有j 傳導部’凸部位於鄰近第一端部處，傳導部 電=二二，通孔貫穿傳導部，隔離件包覆 於該基材層 卩’且隔離件以超音波結合的方式固設 之電述生關於一種用於生理崎置 處，電極社構的配帶於人體或動物的脈動 面積，並且可以ΐ:地:體或動物的皮膚具有較大的接觸 帶體的無線發射膚上，然而利用扣於上述 理訊自㈣=料1測及㈣之人體或動物之生 接收模：中，二t以無線傳遞至訊號範圍内的無線 健康現況之優勢。 或動物的脈動，以了解其生理 【實施方式】 以=進—步瞭解本創作的特徵及技術内容，請泉間 有關本創作的詳細說明與關，然而所附圖式僅提^M417898 V. New description: [New technical field] This creation relates to an electrode structure, in particular to the electrode structure of a physiological detecting device for measuring the pulse of a human body. [Prior Art] According to the pulsation of the human heartbeat, the actual physiological health can be known. In general, the existing physiological detection device can measure the physiological strain information (such as the number of heartbeats) of the human body to judge the user. Whether the heart rhythm is normal or not, it can also be applied as a basis for judging the physiological status of a sports player during training. However, when the existing physiological detecting device is provided with the user's heartbeat pulsation, the physiological detecting device is offset from the original installation region or physiologically detected due to the user's shaking or sweating. The electrode structure of the device does not adhere closely to human skin and exhibits an unstable state. As a result, there may be a problem that the lack of collected data of the physiological detecting device leads to a decrease in accuracy. [New content] The present embodiment provides an electrode structure for a physiological detecting device, which can improve the physiological detecting device to be placed in the pulse of the human body. Because the body shakes, the collecting of the human body signal data is insufficient, so that the accuracy is lowered. problem. The present invention provides an electrode structure for a physiological detection device. The physiological detection device includes a substrate layer having at least one corresponding hole in the middle portion, and the electrode structure is characterized by including a first end portion and a first portion. The second end portion has a long strip shape, the second end portion has a finger-neck shape, and the second end portion 3/16 M417898 is provided with a through hole corresponding to the corresponding hole of the base material layer, and the electrode structure is fixed on the base material. The outer surface of the layer, the electrode structure is provided with an opposite convex portion having a thick chain surface and a pass.卩, the convex portion is located adjacent to the first end portion, the conductive portion is disposed at the second end portion, and the through hole of the electrode structure penetrates the conductive portion. The embodiment of the present invention further provides an electrode structure debt measuring device for a physiological detecting device, comprising a substrate layer having at least one perforation in the middle portion and a blank member, wherein the electrode structure is characterized in that the electrode structure comprises an opposite one The U and the second end portion have a long end portion and a second end portion having a finger-shaped end. The second end portion is provided with a through hole corresponding to the perforation of the base material layer and is fixed on the outer surface of the base material layer. The electrode structure is provided with an opposite one having a j-conducting portion, the convex portion is located adjacent to the first end portion, the conductive portion is electrically connected to the second end portion, the through hole is penetrated through the conductive portion, and the spacer is coated on the substrate layer 卩' and the spacer An electrosurgical method that is fixed in a combination of ultrasonic waves. A kind of pulsation area for the human body or animal used for the physiological field, and the body of the body or animal has a large skin. The wireless transmitter of the contact body is used, but the advantage of the wireless health condition in the range of the signal is transmitted wirelessly to the human or animal receiving mode of the above-mentioned information from (4) = material 1 and (4). . Or the pulsation of the animal to understand its physiology. [Embodiment] To understand the characteristics and technical content of the creation, please contact the springs for a detailed description of the creation, but the drawing only mentions ^
S 4/16 並非卿本創作加以限制。 請參Ϊ:Γ、揭二:種用:生理_裝置】之電極結構15， 之生理訊息，生理供量獻^ 二電極結構15 .及二扣合組件】6。j層]卜—隔離件1 7、 彈性本體111。 /、中，基材層11具有一 基材層11中部設有二對 相對的-第-端部152及一第二端二二極結構b包含 =有-對應基材層"其對應孔 結構15固設於基材声 的通扎15] ’電極 的-具有粗縫面的凸；15二導=構〗5設有相對 鄰近第-端物處，料部 、，口構！5的通孔⑸貫穿傳導部154。 _ 於本實施例令，隔離件]7 -端配合對應凹口】71的做㈣17卜凸部】55 層u的外表面。構’隔離件Π固設於基材 任一電極結構1 5更包含一造垃^ 相對兩__^^15= 接/157 ’連接部157的 :包覆電極結構15的第二端部】5 = 轉Π叫音餘合或壓貼合的方式_撕層η 的^t16對應基材層1U_孔⑴】及電極結構 扣合組件16扣接於電極結構的第二端部 扣σ、，且件16電性耦接於電極結構15。 扣合組件16包含一第一扣件⑹及一第二扣件162， 5/16 電極結構15的第二·15 件162之間，第二和 、弟扣件⑹與第二扣 内設有一凹陷孔(圖！ 牛161的一端結構 線發射模組(圖不）’所述凹陷孔可用來裳設無 於第二扣件⑹上=、’Γ將無線發射模組活動地裝卸 工補充說明一點，第一如杜 扣件162為具有導電性之金 及第二 具有電性導通的特性。〃 ’、〇、卩扣且扣合後必須 在本實施财，進—步包含—公扣件⑵ 122及一母扣件131， 凋1、，.口構 ⑴2及一第二端⑴二本：1U定義出相對的-第-端 __.ώ 1170 么扣件12丨設於彈性本體111的笫 :周整結請組設於第一端ln2 t，調整結構122可針對 之間。其 之長声，以符W 子问肢的圍控來調整彈性本體 我度以付合適當的圍徑大小。 [第二實施例] 凊參考本創作另—實施例，請參考圖3、圖4及圖5 測裝置1包含一基材層11、一第-帶體12、 件16^1由13、一接合件M、二電極結構15及二扣合組 _ 。/、中，接合件14為非導電性材質，接合件14位於 ^些電極結構15之間，且其相對二端各自連接上述該些電 ，結，15。補充說明一點，接合件14的設置於本實施例中 可依實務需求加以酿。舉例來說，未設置接合件14的生 測裝置1同樣可以達到量測生理訊息之功效外，尚能 郎省接合件14其開設模具的製造成本。 八基材層11的中部設有二穿孔1121，接合件14具有二 刀另j對應上述穿孔1121的凹口 141，凹口 141位於接合件 6/16 14的相對兩側。任一電極結構丨5的一端配合凹口丨4丨並且 設有一對應基材層U穿孔112〗的通孔151，捿合件M與 電極結構15固没於基材層11的外表面上，接合件〗4耦接 於電極結構b。 ιηπ衣夏兵冕極結構裝設於基 材層内，並且雜裸露於外，當❹者使⑽裝置並且身 體於晃動狀㈣’其電極結構可能與使用者的皮膚無法有 效緊密地蘭，以致量測之生理訊號易於斷訊，而產 理訊號的判斷誤差。 然而，配合圖4所示，本創作生理偵測裝置 結構15姻轉於錄層11外，增加其與❹者皮膚的 有積，_能_職高量齡理職的精確度 欠文ϋ。 在本^例中，扣合組件16對應基 151，^ 1Μσ J； I5的一端，扣合组件16带坫± 、电枉、，去構 苴以⑽ 轉接於電極結構… 其中弟一帶體12與第二帶體 基材層11的相對兩側，第 端分別連接 離之另-端可環繞地連二Μ二帶體η相對遠 人體之胸腔處。另外，上述/ ^狀’用以套設於 為方形扁平長條狀之不織布結構、^及第。二帶體η 構成，在此並不加以限制 他彈性材料所 筮-册辨η 土 補充祝明一點’第—鹊雕μ ⑽較佳為軟性的絕緣 心12及 材質接觸皮膚不會產生不舒服感。延展的軟性 在本實施例中，配合圖4 —彈性本體】】】及 斤不，基材層】】包含 匕伋層⑴，彈性本體川與包覆層= M417898 為縱向排列，包覆層112設有一底壁1122、二片體1123及 上述之穿孔1121，二片體1123連接底壁1122相對兩側緣， 彈性本體ill的中部設有二對應穿孔1121之對應孔llu， 二片體1123分別由底壁1122相對兩側緣朝包覆層112縱 向的一中心軸C褶曲，二片體ι123的邊緣之間形成一縱向 的間隙1124。 彈性本體111位於二片體1123及底壁1122之間，包 覆層112的穿孔1121相通於彈性本體U1的對應孔llu。 舉例來說’包覆層m的片體⑽褶曲後形成近似一種夾 層結構，所以利用夾層結構的内部空間，彈性本體lu可 以整體收容於包覆層112内。其中，基材層u為 性 的絕緣材料。 在本實施例中，進一步包含一公扣件121及一 ，. 一 調登 122，第一帶體12定義出相對的一第一端123及一第— :124 ’公扣件121設於第一帶體12的第一端123，調^ 近於第—帶體12的第二端124。其中，調整結 二’十對不同人體不同的圍徑來調整第一帶體12之長 度，以符合適當的圍徑大小。 、 定施例中，進一步包含一母扣件131，第二帶體 疋義出相對的—第一 設於第二帶體13㈣而32及一第二端133’母扣件⑶ 體12的第-端124 β —端132 ’彈性本體U1位於第一帶 且彈性本體=的^第二帶體13的第二端133之間，並 π—片體1123與底壁U22之間，第一S 4/16 is not limited by the creation of this book. Please refer to: Γ, 揭二: seed use: physiological _ device] electrode structure 15, physiological information, physiological supply ^ two electrode structure 15 and two fastening components] 6. j layer] Bu-isolator 1 7, elastic body 111. In the middle, the substrate layer 11 has a pair of opposite-first end portions 152 and a second end two-pole structure b in the middle of the substrate layer 11 including the corresponding-substrate layer " The structure 15 is fixed on the substrate sound 15] 'electrode' has a rough surface convex; 15 two guide = structure〗 5 is relatively adjacent to the first end, the material part, the mouth structure! The through hole (5) of 5 penetrates the conductive portion 154. _ In the present embodiment, the spacer 7-end is matched with the corresponding recess] 71 (4) 17 convex portion] 55 outer layer of u. The structure of the spacer Π is fixed to the substrate. Any of the electrode structures 1 5 further includes a Manufacturer _ _ ^ ^ 15 = 157 157 CONNECTION 157: the second end of the cladding electrode structure 15 5 = transfer Π 音 余 或 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The component 16 is electrically coupled to the electrode structure 15 . The fastening component 16 includes a first fastening component (6) and a second fastening component 162, between the second/15th component 162 of the 5/16 electrode structure 15, and a second and a second fastening member (6) and a second fastening component. The recessed hole (Fig.! One end of the cow 161 structure line emission module (not shown)' The recessed hole can be used for the skirting without the second fastener (6) =, 'Γ will wireless transmitter module active loader supplementary instructions One point, the first such as the fastener 162 is a conductive gold and the second has electrical conductivity. 〃 ', 〇, 卩 buckle and after the buckle must be in the implementation of the implementation, the step contains - male fasteners (2) 122 and a female fastener 131, wither, 1, the mouth structure (1) 2 and a second end (1) two: 1U defines the opposite - the first end __. ώ 1170, the fastener 12 is disposed on the elastic body 111笫 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周 周[Second Embodiment] Referring to the present invention, an embodiment, please refer to FIG. 3, FIG. 4 and FIG. 5. The measuring device 1 includes a substrate layer 11, a first tape body 12, and a member. 16^1, 13, a joint member M, a two-electrode structure 15 and a second fastening group _. In the joint member 14, the joint member 14 is located between the electrode structures 15, and the opposite The two ends are respectively connected to the above-mentioned electric, junction, 15. In addition, the arrangement of the engaging member 14 can be brewed according to practical requirements in the embodiment. For example, the bio-testing device 1 without the engaging member 14 can also be used. In addition to the effect of measuring the physiological information, the Shangnang province joint member 14 has the manufacturing cost of opening the mold. The middle portion of the eight base material layer 11 is provided with two perforations 1121, and the joint member 14 has two recesses corresponding to the recess of the perforation 1121. Port 141, the notch 141 is located on opposite sides of the joint member 6/16 14. One end of any of the electrode structures 丨5 cooperates with the recess 丨4丨 and is provided with a through hole 151 corresponding to the through hole 112 of the base material layer. The member M and the electrode structure 15 are fixed on the outer surface of the substrate layer 11, and the bonding member 4 is coupled to the electrode structure b. The ιηπ Xia Bing 冕 structure is installed in the substrate layer and is exposed to the outside. When the sputum makes (10) device and the body is swaying (four)' its electrode structure may be The skin of the person cannot be effectively and closely bluened, so that the measured physiological signal is easy to be broken, and the judgment of the production signal is incorrect. However, as shown in FIG. 4, the structure of the artificial physiological detecting device 15 is transferred to the recording layer 11 In addition, the accuracy of the _ can be _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 16 坫±, 枉, 去 苴 ( ( ( ( ( ( ( ( ( ( ( ( ( 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中The ground two Μ two belt body η is relatively far from the chest of the human body. Further, the above / ^ shape ' is used to cover a non-woven fabric structure in the form of a square flat strip, and the first. The structure of the two-belt η is not limited here. The elastic material is not limited. The η 补充 补充 补充 祝 祝 ' ' ' ' ' ' ' ' ' 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 sense. The softness of the extension is in this embodiment, with the elastic body of Fig. 4 and the base layer], including the enamel layer (1), the elastic body and the cladding layer = M417898 are longitudinally arranged, and the cladding layer 112 A bottom wall 1122, a two-piece body 1123 and the above-mentioned perforation 1121 are provided. The two-piece body 1123 is connected to the opposite side edges of the bottom wall 1122. The middle portion of the elastic body ill is provided with two corresponding holes 11u corresponding to the through-holes 1121, and the two-piece body 1123 respectively A central axis C is folded from the opposite side edges of the bottom wall 1122 toward the longitudinal direction of the cladding layer 112, and a longitudinal gap 1124 is formed between the edges of the two sheets ι 123. The elastic body 111 is located between the two bodies 1123 and the bottom wall 1122, and the through holes 1121 of the cladding layer 112 communicate with the corresponding holes 11u of the elastic body U1. For example, the sheet body (10) of the cladding layer m is folded to form a sandwich structure, so that the elastic body lu can be entirely accommodated in the cladding layer 112 by utilizing the internal space of the sandwich structure. Among them, the substrate layer u is an insulating material. In this embodiment, the utility model further includes a male fastener 121 and a first, and the first strap 12 defines a first end 123 and a first - 124' male fastener 121. The first end 123 of the belt body 12 is adjusted to the second end 124 of the first belt body 12. Among them, the length of the first belt 12 is adjusted to adjust the length of the first belt 12 to meet the appropriate diameter. Further, in the embodiment, a female fastener 131 is further included, and the second belt body is opposite to the first one. The first one is disposed on the second belt body 13 (four) and the second end portion 133 is the female fastener member (3). - end 124 β - end 132 'elastic body U1 is located between the first strip and the second end 133 of the second strip 13 of the elastic body =, and between the π-sheet 1123 and the bottom wall U22, first
8/16 S π體12的第二端124、彈性本體m與第二帶體u的 端133依包覆層】12的中心轴C依序呈縱向排列於包覆^ =3内㈣第12的公扣件121可環繞地卡扣於第二; 姐13的母扣件131上。其中，上述之公扣件⑵及母扣件 也可以是磁吸組件、鉚扣組件或其他卡扣元件，所以凡 域:所使用之相關技術手段，皆應該為本創 作之應用乾嚀，在此不再加以限制。 在本實施^，電極結構15包含相對的—第一端部 及$—缟4153,第—端部152呈長 M3呈指腹狀，雷極έ士槿 弟一知4 的間隙U24上1；；^、包覆層112 部⑸緊配合接；指腹狀的第二端 位於-電極勺凹口 14】結構，使得接合件14 ir 間形成連續的長條狀結構，並且配人 相對的長條狀第—端部i52，將包覆層】& 之組裝後的生理崎置：二:以覆盖，猎此’整體觀 、、裝置1，就不會由包覆層〗12其二片體 U】），以二ί 1124’看見褒置的内部結構(如彈性本體 )以達到美規及隔離之功效。 孔⑸貫穿傳導部成型結構，電極結構μ的通 154為扣合έ且件】6 &八。補充說明一點，本實施例的傳導部 扣合組件丨;結搆15的裝挪域，其配合 設有—構】5___表面 凸部155相對於第\山^近第—端部152處。其中，上述 弟―Μ 152貼附於包覆層m的表面之 9/16 M417898 間具有-預定高度，所以當使用者配帶 突出的凸部155會完全貼附於人體的皮声貞列裝置1時’ 膚間的有效接觸面積，以達到收集精確的月用増加與皮 目的。 生理吼鱿資料的 請參考圖6，配合圖4及圖5所示 部155貼附於包覆層112的表面進勺人構15的凸 舉例來說’祕面156可為斜紋交^面= 多個交隔相鄰之柱狀結構，其目的在於 15的凸部155與人體皮膚之間的磨擦力，以達止滑 位於凸部⑸與第二端部153之間 :以如第-端心52呈細長條狀(如圖6八所示），除了可遮 =間隙1124之外’尚有節省耗材及讓生理船職置i具有 更好的柔軟度以利彎曲折合等功效。 在本實施例中，參考圖4及圖7，進一步包含一無 射模組2，無線發射模組2的一側設有二卡固凸部H·7,】 中上述卡©凸部21的數量為本創作較佳之實施能樣非 拘限於此。 、 扣合組件16包含一第一扣件161及一第二扣件μ]， 基材層11及電極結構15的一端扣持於第一扣件161與第 二扣件162之間，第二扣件162相對於第一扣件161的另 —端結構内設有一凹陷孔1621，無線發射模組2的卡固凸 部21配合凹陷孔1621，用以將無線發射模組2活動地裝卸 於第二扣件162上。補充說明一點，第一扣件161及第_ 扣件162為具有導電性之金屬材料(如柳扣），且扣合後必， 具有電性導通的特性。 ~ 另外，進一步包含至少一隔離件17，其中本實施例以 10/16The second end 124 of the 8/16 S π body 12, the end 133 of the elastic body m and the second belt u are sequentially arranged in the longitudinal direction of the cladding ^=3 according to the central axis C of the cladding layer 12 (four) 12th The male fastener 121 can be snapped around the second female fastener 131 of the sister 13 . Wherein, the above-mentioned male fastener (2) and the female fastener component may also be a magnetic component, a rivet component or other snap component, so the relevant technical means used by the domain should be dried up for the application of the creation. This is no longer limited. In the present embodiment, the electrode structure 15 includes opposite first end portions and $-缟4153, and the first end portion 152 has a length M3 in the shape of a finger-neck, and the gap between the thunder and the priests is 4; ; ^, the cover layer 112 (5) tightly fit; the second end of the finger-shaped end is located in the - electrode spoon notch 14 structure, so that the joint members 14 ir form a continuous elongated structure, and the relative length is matched Strip-shaped end-end i52, the plastic layer of the assembled layer of the cladding layer &: two: to cover, hunt this 'holistic view, device 1, will not be covered by the coating layer 12 Body U]), see the internal structure of the device (such as elastic body) with two ί 1124' to achieve the effect of beauty and isolation. The hole (5) penetrates the conductive portion forming structure, and the passage 154 of the electrode structure μ is a snap fit and the member is 6 & In addition, in the embodiment, the conductive portion is fastened to the component 丨; the mounting region of the structure 15 is provided with a structure 5___ surface convex portion 155 with respect to the vicinity of the first end portion 152. Wherein, the above-mentioned brother-Μ 152 is attached to the surface of the covering layer m and has a predetermined height between 9/16 M417898, so when the user wears the protruding convex portion 155, the skin acoustic slinging device is completely attached to the human body. 1 hour 'effective contact area between the skin, in order to achieve accurate collection of monthly use and skin. For the physiological data, please refer to FIG. 6. The convex portion 156 can be a twill surface when the portion 155 attached to the surface of the coating layer 112 is attached to the surface of the coating layer 112 as shown in FIG. 4 and FIG. a plurality of adjacent columnar structures, the purpose of which is to create a frictional force between the convex portion 155 of the 15 and the human skin so as to be between the convex portion (5) and the second end portion 153: as in the first end The heart 52 is in the form of a slender strip (as shown in Fig. 6). In addition to the gap = 1124, there are functions such as saving consumables and allowing the physiological ship to have better softness for bending and folding. In this embodiment, referring to FIG. 4 and FIG. 7 , an unfired module 2 is further included, and one side of the wireless transmitting module 2 is provided with two locking protrusions H·7, wherein the card is raised by the convex portion 21 The quantity-based implementation of the creation is not limited to this. The fastening component 16 includes a first fastening component 161 and a second fastening component μ, and one end of the substrate layer 11 and the electrode structure 15 is fastened between the first fastening component 161 and the second fastening component 162. The fastening member 162 is provided with a recessed hole 1621 in the other end structure of the first fastening member 161. The locking protrusion 21 of the wireless transmitting module 2 cooperates with the recessed hole 1621 for movably loading and unloading the wireless transmitting module 2 The second fastener 162 is on. In addition, the first fastener 161 and the _ fastener 162 are electrically conductive metal materials (such as a velvet buckle), and have a property of being electrically conductive after being fastened. In addition, at least one spacer 17 is further included, wherein the embodiment is 10/16
S 離件Π為例’隔離件17包覆第一扣件】61並且可 部其他結合的方式固接於電極結構15的第二端 直接觸及TV!為一種絕緣材料，其除7防止人體皮膚 第H弟一扣件產生不舒服感外’重要的是遮蔽醒目的 πσ】6】’叫綠之额。以下將針對本解生理请 而衣置1的組裝流程詳加敘明。 、 ，裝時，參考圖4及圖5, &覆層】12的相對二片體 開’彈性本體⑴的二對應孔仙對應包 ^ i穿孔U21，接下來_性本體⑴、第一帶體 112的弟广t 124及第二帶體13的第二端133擺設於包覆層 的方向=1122上’二片體1123朝包覆層]】2其中心軸C 本-丨二^稽曲，以使褶曲的二片體]123貼附於彈性 7 : 一帀體12的第二端124及第二帶體〗3的第二 =二:以讓彈財體⑴、第一帶體12的第二端124 1123了广:13的弟二端133挟持於包覆層112的二片體 &土 1122之間並且以縫設或黏貼合的方式加以固 疋。 ㈣Ϊ接t縣相4及圖5所示，電極結構15其指腹 緊配合接合件14的凹口141結構，電極 j 24狀的第一端部152對應二片體1123之間的 : 任一電極結構15其傳導部154的通孔151依序 :1123之間的間隙1124、彈性本體111的對應孔 杜Μ 112的穿孔1121 ’之後把電極結構15及接合 in的:二層、112其中心軸C的方向縱向排列於包覆層 “ 面’並且將二片體1123之間的間隙1124予以遮 盍。接者’箱輯構〗5及接合件〗4縫設或黏貼合方式 11/16 於包覆層112上以形成條狀组件。 構^通來孔扣件161_上述電極結 1⑵，將上述條狀件162對應包覆層Π2的穿孔 之間再 再者，隔離件17遮蓋位於第二 並且黏貼合及以招* ^川3的第—扣件⑹ H ^ 超4料結合於上祕狀組件，至此， 兀成生理偵測裝置的組裴作業。 本創作貫施例關於一種用於生理偵測裝置1的 ^卢'、° ’生理_裝置1可供配帶於人體或動物的脈 接^^構15的表面與人體或動物的皮膚具有較大的 …姚、’亚且可以緊密地貼附於皮膚上，然而利用扣於 上述帶體的無線發_組2，將其量測及㈣之人體或動物 生理訊息轉譯成生理訊號，以無線傳遞至訊號範圍内的 熟線接收㈤且(圖略）中，具有監測人體或動物的脈動，以了 解其生理健康現況之優勢。 惟以上所述僅為本創作之較佳實施例，非意欲侷限本 創作的專利保護範圍。 【圖式簡單說明】 圖1為本創作第一實施例之立體組合圖。 圖2為本創作第一實施例之立體分解圖。 圖3為本創作第二實施例之立體組合圖。 圖4為本創作第二實施例之立體分解圖。 圖5為本創作第二實施例之另一角度之立體分解圖。 圖6為本創作第二實施例之電極結構之局部示意圖。 12/16 M417898 圖6A為本創作第二實施例之電極 局部示意圖。 戶'%恶抓之 意圖 圖7為本創作第二貫施例之無線發射模組組裝之立體示 【主要元件符號說明】 1生理偵測裝置 1 1基材層 1 1 1彈性本體 1 1 1 1對應孔 1 1 1 2第一端 1 1 1 3第二端 112包覆層 1 1 21穿孔 1 1 22底壁 1 1 23片體 1 1 2 4間隙 12第一帶體 12 1公扣件 1 22調整結構 1 2 3第一端 1 24第二端 1 3第二帶體 1 3 1母扣件 1 3 2第一端 1 3 3第二端 13/16 M417898 1 4接合件 1 4 1 凹口 1 5電極結構 1 5 1通孔 1 5 2第一端部 1 5 3第二端部 1 5 4傳導部 1 5 5凸部 1 5 6粗寿造面 1 5 7連接部 1 6扣合組件 1 6 1第一扣件 1 62第二扣件 1 6 2 1凹陷孔 1 7隔離件 1 7 1 凹口 2無線發射模組 21卡固凸部 C中心轴 14/16The S is a case where the spacer 17 is covered with the first fastener 61 and can be fixed to the second end of the electrode structure 15 in direct contact with each other and the TV is an insulating material, which is 7 in addition to preventing human skin. The first brother of the second brother produces an uncomfortable feeling. The important thing is to obscure the eye-catching πσ. The following is a detailed description of the assembly process for the solution of the solution. Referring to FIG. 4 and FIG. 5, the opposite two-piece opening of the & cladding layer 12 is the corresponding hole of the elastic body (1) corresponding to the package ^ i perforation U21, and then the _ body (1), the first band The center of the body 112 and the second end 133 of the second body 13 are disposed in the direction of the cladding layer=1122. Curved, so that the two-folded body 123 of the fold is attached to the elastic 7: the second end 124 of the one body 12 and the second side two of the second belt body 3: to make the body (1), the first belt body The second end 124 1123 of 12 is wide: the two ends 133 of the 13 are held between the two sheets & soil 1122 of the cladding layer 112 and are fixed by sewing or adhesive bonding. (4) Ϊ t 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县The electrode structure 15 has a through hole 151 of the conductive portion 154 in sequence: a gap 1124 between 1123, a corresponding hole 1211 of the elastic body 111, and a hole 1121' of the hole 112 after the electrode structure 15 and the joint in: the second layer, 112 its center The direction of the axis C is longitudinally arranged on the "face" of the cladding layer and the gap 1124 between the two sheets 1123 is concealed. The connector 'box layout> 5 and the joint member 4 are sewn or glued 11/16 Forming a strip assembly on the cladding layer 112. The hole fastener 161_the electrode node 1(2) is formed, and the strip 162 is corresponding to the perforation of the cladding layer 2, and the spacer 17 is located. The second and the adhesive fit and the first fastener of the Chuan 3 (6) H ^ super 4 material is combined with the upper secret component, and thus, the composition of the physiological detection device is set up. The physiology_device 1 for the physiological detecting device 1 can be attached to the surface of the human body or animal vascular structure 15 It has a large skin with human or animal... Yao, 'ya and can be closely attached to the skin, but with the wireless hair-group 2 buckled on the above-mentioned belt, it is measured and (4) human or animal physiology The message is translated into a physiological signal, which is wirelessly transmitted to the cooked line in the signal range (5) and (pictured), which has the advantage of monitoring the pulsation of the human body or animal to understand its physiological health status. The preferred embodiment of the present invention is not intended to limit the scope of patent protection of the present invention. [Fig. 1 is a perspective view of a first embodiment of the present invention. Fig. 2 is an exploded perspective view of the first embodiment of the present invention. Figure 3 is a perspective exploded view of a second embodiment of the present invention. Figure 4 is an exploded perspective view of a second embodiment of the present invention. Figure 5 is an exploded perspective view of another angle of the second embodiment of the present invention. A partial schematic diagram of the electrode structure of the second embodiment is created. 12/16 M417898 FIG. 6A is a partial schematic view of the electrode of the second embodiment of the present invention. The intention of the user's % scratching FIG. 7 is the wireless transmission of the second embodiment of the present invention. Module Stereoscopic display [main component symbol description] 1 physiological detection device 1 1 substrate layer 1 1 1 elastic body 1 1 1 1 corresponding hole 1 1 1 2 first end 1 1 1 3 second end 112 cladding layer 1 1 21 perforation 1 1 22 bottom wall 1 1 23 body 1 1 2 4 gap 12 first belt 12 1 male fastener 1 22 adjustment structure 1 2 3 first end 1 24 second end 1 3 second belt 1 3 1 female fastener 1 3 2 first end 1 3 3 second end 13/16 M417898 1 4 joint 1 4 1 notch 1 5 electrode structure 1 5 1 through hole 1 5 2 first end 1 5 3 Two end parts 1 5 4 Conducting part 1 5 5 convex part 1 5 6 rough life surface 1 5 7 connecting part 1 6 fastening component 1 6 1 first fastener 1 62 second fastener 1 6 2 1 recessed hole 1 7 spacer 1 7 1 notch 2 wireless transmitting module 21 clamping convex C central axis 14/16